greppable6

query

Cache::Async

result.md

File	Code
ROBERTLE/Cache-Async …/META6.json :3:	"name" : "Cache::Async",
ROBERTLE/Cache-Async …/META6.json :13:	"Cache::Async" : "lib/Cache/Async.pm6"
ROBERTLE/Cache-Async …/README.md :1:	# Cache::Async
ROBERTLE/Cache-Async …/README.md :28:	my $cache = Cache::Async.new(max-size => 1000, producer => sub ($k) { ... });
ROBERTLE/Cache-Async …/README.md :33:	Please see the POD in lib/Cache/Async.pm6 for usage scenarios and details on how to use Cache::Async.
ROBERTLE/Cache-Async …/README.md :37:	Cache::Async is licensed under the Artistic License 2.0.
ROBERTLE/Cache-Async …/Async.pm6 :1:	unit class Cache::Async;
ROBERTLE/Cache-Async …/Async.pm6 :5:	=TITLE Cache::Async -- A Concurrent and Asynchronous Cache for Perl 6
ROBERTLE/Cache-Async …/Async.pm6 :18:	e.g. credentials. Arguments like these can be passed through Cache::Async
ROBERTLE/Cache-Async …/Async.pm6 :21:	All caches should have a fixed size limit, and so does Cache::Async of course.
ROBERTLE/Cache-Async …/Async.pm6 :26:	hit rates. Cache::Async supports this through a method that reports hits and
ROBERTLE/Cache-Async …/Async.pm6 :65:	$cache = Cache::Async.new(producer => sub ($k) { return "[$k]"; },
ROBERTLE/Cache-Async …/Async.pm6 :180:	The producer function can of course return a promise itself! In this case Cache::Async
ROBERTLE/Cache-Async …/01-basics.t :3:	use Cache::Async;
ROBERTLE/Cache-Async …/01-basics.t :7:	my $cache = Cache::Async.new(producer => sub ($k) { my $i = %producer-count{$k}++; return "$k/$i"; });
ROBERTLE/Cache-Async …/01-basics.t :24:	dies-ok({ Cache::Async.new(jitter => Duration.new(.2)) }, "c'tor with jitter but no max-age dies");
ROBERTLE/Cache-Async …/01-basics.t :25:	dies-ok({ Cache::Async.new(jitter => Duration.new(2), max-age => Duration.new(1)) },
ROBERTLE/Cache-Async …/01-basics.t :27:	dies-ok({ Cache::Async.new(jitter => Duration.new(2), refresh-after => Duration.new(1)) },
ROBERTLE/Cache-Async …/01-basics.t :29:	dies-ok({ Cache::Async.new(max-age => Duration.new(1), refresh-after => Duration.new(2)) },
ROBERTLE/Cache-Async …/01-basics.t :31:	lives-ok({ Cache::Async.new(max-age => Duration.new(3), refresh-after => Duration.new(2)),
ROBERTLE/Cache-Async …/02-async.t :3:	use Cache::Async;
ROBERTLE/Cache-Async …/02-async.t :8:	my $cache = Cache::Async.new(producer => sub ($k) { sleep 0.1; $trace-lock.protect({ $trace = $trace ~ $k}); return "[$k]"; });
ROBERTLE/Cache-Async …/03-expiry.t :3:	use Cache::Async;
ROBERTLE/Cache-Async …/03-expiry.t :8:	my $cache = Cache::Async.new(max-size => 4, producer => sub ($k) { $trace-lock.protect({ $trace = $trace ~ $k}); return "[$k]"; });
ROBERTLE/Cache-Async …/03-expiry.t :48:	$cache = Cache::Async.new(max-age => Duration.new(.8), producer => sub ($k) { $trace-lock.protect({ $trace = $trace ~ $k}); return "[$k]"; });
ROBERTLE/Cache-Async …/04-exceptions.t :3:	use Cache::Async;
ROBERTLE/Cache-Async …/04-exceptions.t :5:	my $cache = Cache::Async.new(producer =>
ROBERTLE/Cache-Async …/04-exceptions.t :20:	my $cache2 = Cache::Async.new(producer => sub ($k) {
ROBERTLE/Cache-Async …/05-monitoring.t :3:	use Cache::Async;
ROBERTLE/Cache-Async …/05-monitoring.t :5:	my $cache = Cache::Async.new(producer =>
ROBERTLE/Cache-Async …/06-slurpies.t :3:	use Cache::Async;
ROBERTLE/Cache-Async …/06-slurpies.t :5:	my $cache1 = Cache::Async.new(producer => sub ($k, $a) { return "$k: $a"; });
ROBERTLE/Cache-Async …/06-slurpies.t :6:	my $cache2 = Cache::Async.new(producer => sub ($k, $a, $b) { return "$k: $a $b"; });
ROBERTLE/Cache-Async …/07-async-producer.t :3:	use Cache::Async;
ROBERTLE/Cache-Async …/07-async-producer.t :5:	my $cache = Cache::Async.new(producer => sub ($k) {
ROBERTLE/Cache-Async …/08-refreshing.t :3:	use Cache::Async;
ROBERTLE/Cache-Async …/08-refreshing.t :5:	my $cache = Cache::Async.new(refresh-after => Duration.new(.25), producer => sub ($k) {
ROBERTLE/Cache-Async …/09-jitter.t :3:	use Cache::Async;
ROBERTLE/Cache-Async …/09-jitter.t :25:	my $cache = Cache::Async.new(max-age => Duration.new(.25),
ROBERTLE/Cache-Async …/09-jitter.t :31:	my $jittery-cache = Cache::Async.new(max-age => Duration.new(.5), jitter => Duration.new(.45),